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Construction work that does not need a permit » We list construction work that can be done without a permit according to state law.

L.J. Smith Stair Systems 2.25-in x 9.25-in Unfinished Wood Red Oak Angle » Shop l.j. smith stair systems 2.25-in x 9.25-in unfinished wood red oak

[Hot Item] Canada Standard Industrial Prefab Steel Structure Farm Barn Shed Metal Building Storage with Insulation Panels » Application:Steel Workshop, Steel Structure Platform, Steel Fabricated House, Structural Roofing, Frame Part, Steel Walkway and Floor, Steel Structure Bridge,After-sales Service:Online Technical Support,Warranty:5 Years,Type:H-Section Steel,Standard:GB, ASTM, DIN, JIS, AISI, BS

Do High-Efficiency Washers Leave More Detergent Residue Behind Than Non-HE Washers? » Because high-efficiency front-loading washers use less water, you might assume that they aren’t as good at rinsing detergent from clothes as non-HE machines. The truth is a little more complicated.

Davemayn13's 2004 LJ Hemi Swap Project » Thanks for the info about RR using the advance adapters mounts, these are the mounts I planned on using. Maybe you can answer another question for me: Why is a a 1" body lift required and a suspension (3"? 4"?) recommended? What clearances are an issue with the swap? I'll be looking…

An Insomniac's Garden in the Shade » "It's horrible…I love it…what is it?"

Double LJ Ranch | Young County | Graham, TX » Concealed deep in the country on a scarcely traveled dirt road sits Double LJ Ranch. This ranch is as secluded as county road access gets.  An electric

Doping Engineering Enables Highly Conductive and Thermally Stable n-Type Organic Thermoelectrics with High Power Factor » This work exploits the scope of doping engineering as an enabler for better-performing and thermally stable n-type organic thermoelectrics. A fullerene derivative with polar triethylene glycol type side chain (PTEG-1) is doped either by “coprocessing doping” with n-type dopants such as n-DMBI and TBAF or by “sequential doping” through thermal deposition of Cs2CO3. Solid-state diffusion of Cs2CO3 appears to dope PTEG-1 in the strongest manner, leading to the highest electrical conductivity of ∼7.5 S/cm and power factor of 32 μW/(m K2). Moreover, the behavior of differently doped PTEG-1 films under thermal stress is examined by electric and spectroscopic means. Cs2CO3-doped films are most stable, likely due to a coordinating interaction between the polar side chain and Cs+-based species, which immobilizes the dopant. The high power factor and good thermal stability of Cs2CO3-doped PTEG-1 make it very promising for tangible thermoelectric applications.


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